Fast cutting can reduce segment life.
Aggressive diamonds can improve cutting speed, but poor retention or weak grade matching can shorten usable life.
Match diamond strength and shape to bond hardness and stone type.Cutting and Sawing
Stone Cutting Tools
Diamond grit selection for saw blades, segments, and stone cutting tools where cutting speed and life must be balanced.
- Process
- cutting
- Workpiece
- Granite
- Workpiece
- Marble
- Workpiece
- Engineered stone
Problem / solution
Engineering selection context
Application pages connect customer process pain to practical material selection.
Stone variability changes tool behavior.
Granite, marble, engineered stone, and abrasive aggregates can require different grit sizes and bond behavior.
Start with application-specific grit range and validate by workpiece.Recommended materials
Products to review
Materials commonly evaluated for this process and workpiece mix.
Diamond Powders
Synthetic Diamond Grit
Controlled synthetic diamond grit for resin, metal, vitrified, and electroplated bond tools.
- Grit
- 20/25 to 400/500 mesh
- Bond
- resin, metal, vitrified, electroplated
Coated Diamond Powder
Nickel, copper, or titanium coated diamond powder for improved retention and thermal behavior.
- Grit
- 40/50 to 325/400 mesh
- Micron
- 3-6 to 60-80 um
- Bond
- resin, metal
Diamond Materials for Stone Cutting Tools
Diamond material selections for stone saw blades, segments, wire saws, and cutting tools.
- Grit
- 30/40 to 60/80 mesh common starting ranges
- Bond
- metal
Selection guide
Material selection guidance
For stone cutting tools, begin with diamond grit size, particle strength, and bond retention.
Coated grades can be evaluated when the bond needs improved particle holding or heat behavior.
Application inquiry
Specify diamond for stone tools
Share stone type, segment bond, tool format, and cutting target.
Related resources
Read next
Technical references connected to this application.
guideHow to Choose Diamond Grit Size for Cutting Tools
A grit-size selection guide for cutting speed, edge quality, tool life, and bond exposure.
application-noteDiamond Powder for Metal Bond ToolsHow to specify diamond material for metal bond tools where retention and exposure drive performance.
articleCoated Diamond vs Uncoated DiamondWhen coating improves retention, heat behavior, or interface performance in diamond tool systems.